With supervisory control theory it is possible to describe controllers which inuence the behaviour of a system by disabling controllable events. But sometimes it is desirable to have a controller which not only disables controllable events but also chooses one among the enabled ones. This event can be interpreted as a command given to the plant. This idea is formalized in the concept of an implementation, which is a special supervisor, enabling at most one controllable event at a time. In this paper, some useful properties are introduced, which ensure, when met, that each implementation of a given DES is nonblocking. The approach is applied to a simple batch process example
Abstract: Supervisory control theory for discrete event systems is based on finite state automata wh...
Abstract—A flexible decentralized and hierarchical architecture is presented to reduce computational...
The topic of this technical note is the nonblocking and maximally permissive abstraction-based super...
With supervisory control theory it is possible to describe controllers which influence the behaviour...
With supervisory control theory it is possible to describe controllers which influence the behaviour...
In this paper we extend the theory of supervisory control of nondeterministic discrete-event systems...
The supervisory control theory is a general theory for automatic synthesis of controllers (superviso...
We revisit the central notion of controllability in supervisory control theory from process-theoreti...
This paper investigates some limitations of the nonblocking property when used for supervisor synthe...
This thesis presents a tool together with efficient algorithms for verification and synthesis of dis...
We propose a new framework for supervisory control design for discrete event systems. Some of the fe...
In conventional supervisory control theory, a plant and supervisor are supposed to work synchronousl...
This paper studies the nonblocking check used in supervisory control of discrete event systems and i...
This paper investigates some limitations of the nonblocking property when used for supervisor synthe...
reusable software components, together with algorithms for automatic synthesis of the control softwa...
Abstract: Supervisory control theory for discrete event systems is based on finite state automata wh...
Abstract—A flexible decentralized and hierarchical architecture is presented to reduce computational...
The topic of this technical note is the nonblocking and maximally permissive abstraction-based super...
With supervisory control theory it is possible to describe controllers which influence the behaviour...
With supervisory control theory it is possible to describe controllers which influence the behaviour...
In this paper we extend the theory of supervisory control of nondeterministic discrete-event systems...
The supervisory control theory is a general theory for automatic synthesis of controllers (superviso...
We revisit the central notion of controllability in supervisory control theory from process-theoreti...
This paper investigates some limitations of the nonblocking property when used for supervisor synthe...
This thesis presents a tool together with efficient algorithms for verification and synthesis of dis...
We propose a new framework for supervisory control design for discrete event systems. Some of the fe...
In conventional supervisory control theory, a plant and supervisor are supposed to work synchronousl...
This paper studies the nonblocking check used in supervisory control of discrete event systems and i...
This paper investigates some limitations of the nonblocking property when used for supervisor synthe...
reusable software components, together with algorithms for automatic synthesis of the control softwa...
Abstract: Supervisory control theory for discrete event systems is based on finite state automata wh...
Abstract—A flexible decentralized and hierarchical architecture is presented to reduce computational...
The topic of this technical note is the nonblocking and maximally permissive abstraction-based super...